GAS - AND LIQUID PUMPS

by Gardner Denver Thomas


Compressors & Vacuum Pumps


WOB-L Piston

Dry running WOB-L Piston pump. Best Performance characteristics for high pressures. Mainly uses as a compressor.

Free flow max.: 200 l/min (7,1 cfm) 
Max. Pressure: 11 bar (160 psi) 
Max. Vacuum: -990 mbar (29.2 in.Hg)


Diaphragm

Dry running diaphragm pump. Characterised by high Efficiency, low noise Level and good air tightness. 
Used equally as compressor and as vacuum pump.

Free flow max.: 91 l/min (3,2 cfm) 
Max. Pressure: 3 bar (44 psi) 
Max. Vacuum: -990 mbar (29.2 in.Hg)


Articulated Piston

Dry running Piston pump. Well suited for applications requiring high pressures.
Mainly uses as compressor.

Free flow max.: 153 l/min (5,4 cfm) 
Max. Pressure: 12,1 bar (175 psi) 


 Rotary Vane 

Dry running and self-lubricating Rotary vane pump. Low Vibration, nearly Pulsation free, compact and in some cases reversible.

Free flow max.: 283 l/min (10 cfm) 
Max. Pressure: 1 bar (14,5 psi) 
Max. Vacuum: -930 mbar (27,5 in.Hg)


Linear

Dry running diaphragm pump. Two means of actuation: linear and vibrating armature. Very high life time, low noise Level and high Efficiency.
Used as vacuum and pressure pump.

Free flow max.: 625 l/min (22,1 cfm) 
Max. Pressure: 0,7 bar (10,2 psi) 
Max. Vacuum: -550 mbar (16,2 in.Hg)

LIQUID PUMPS

 

Liquid Pumps

Diaphragm

Liquid diahragm pump. Self Priming, dry running and suitable for continuous. Drive available for all AC and DC voltages.

Free flow max.: 110 ml/min
Suction Hight: 6 mH2O
Pressure Hight: 60 mH2O


Linear

Liquid linear diaphragm pump. Two means of actuation: linear and vibrating armature. Very high Lifetime and low noise.
For application with low pressure requirements.

Free flow max.: 300 ml/min
Suction Hight: 3 mH2O
Pressure Hight: 9 mH2O


Peristaltic

Peristaltic pumps are self Priming, can run dry and are available with a Variety of tube materials and connectors to handle abrasive and aggressive media.

Free flow max.: 3000 ml/min
Suction Hight: 8 mH2O
Pressure Hight: 10 mH2O